Personal Information
Unternehmen/Arbeitsplatz
Legnaro, (Padua) Italy
Branche
Government / Military
Webseite
www.surfacetreatments.it/
Info
Prof. Palmieri is the Head of the Superconductivity and Surface Treatment Laboratory at Legnaro National Laboratories of the Istituto Nazionale di Fisica Nucleare (Italy). He is Director of the "Master on Surface Treatments for Industrial Applications" at the University of Padua. Since 25 years he has been working in the field of Superconducting Cavity Technology, where he has contributed with over 280 scientific publications and 3 patents, and more than 70 Ph.D. and M.Sc. theses supervised. Listed as an expert by the Italian Ministry of Research, he has been driving a research group, also particularly active for the technology transfer to industry of the know-how on thin films.
Tags
enzo palmieri
thin films
sputtering machines
rf superconductivity
pvd
surface treatments
vacuum technology
niobium
superconductivity
magnetron sputtering
sputtering
superconducting cavities
ginzburg landau parameter
london superconductors
two fluid model
bcs theory
vacuum
pvd technology
superconducting thin films
niobium electropolishing
srf
nb3sn
a15 superconductors
universit di padova
master
electrochemistry
pippard supercnductors
quarter wave resonatrors
pippard superconductors
anomalous skin effect; surface resistance; superhe
sputtered cavities
spinning niobium
liquid metal corrosion
protective coatings
infn
vacuum system
cathodic arc
ultra high vacuum
diffusion pumps
turbopumps
uhv
antonio alessandro rossi
6ghz cavities
seamless cavity fabrication
spinning
superconducting radiofrequency
sputtering niobium films
seamless cavities
thin film technology
magnetron plasma confinement
dlc films
radiofrequency metallic torch
athmospheric plasma needle
dlc deposition
athmospheric plasmas
giulia lanza
biased diode sputtering
magnetron clindrico
cylindrical magnetron sputtering
multilayer sputtering
thin film annealing
electropolishing
dario rizzetto
cholin chloride
ionic liquids
rf cavities
legnaro national laboratories
deep eutectic solvent
rf cavities for aprticle accelerators
giovanni mondin
choline chloride
enzo plamieri
university of padua
a15 materials
critical temperature of a superconductor
diffusione termica
thin films and new ideas
silvia deambrosis
trattamenti elettrochimici
anodizzazione
ossidazione anodica
cristian pira
titaniocromia
trattamenti di superficie
magnetron plasma
pvd machines
material science
unbalanced magnetron sputtering
sputtering depositions
coatings
plasma
vacuum coatings
cfr
titanium nitrides
walid kaabi
rf windows
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